Diagnostic imaging continues to evolve, and now has unprecedented accuracy for detecting
small nodal metastasis. This influences the tumor load in elective target volumes and …

Computational modeling of cancer cachexia : Current Opinion in Clinical Nutrition &
Metabolic Care Computational modeling of cancer cachexia : Current Opinion in Clinical …

Purpose To provide a comprehensive risk assessment on the patterns of recurrence in
electively irradiated lymph node regions after definitive radiation therapy for head and neck …

Background and purpose Multimodality imaging including 18 F-FDG-PET has improved the
detection threshold of nodal metastases in head and neck squamous cell carcinoma …

Purpose: To demonstrate the feasibility of a biologically adapted dose-escalation approach
to brain tumors. Material and Methods: Due to the specific accumulation of …

Background In definitive radiation therapy for head and neck cancer, clinically uninvolved
cervical lymph nodes are irradiated with a so-called 'elective dose'in order to achieve control …

There is currently a wide interest in integrating biological information in radiotherapy
treatment planning with the aim of targeting radiation resistant regions. Biological …

Purpose: A family of fluorine‐18 (18F)‐fluorodeoxyglucose (18F‐FDG) positron‐emission
tomography (PET) features based on histogram distances is proposed for predicting …

In head and neck cancer, the presence of nodal disease is a strong determinant of
prognosis and treatment. Despite the use of modern multimodality diagnostic imaging, the …

Materials and methods The ART framework presented in this paper consists of an
automated TP workflow based on functional imaging. The framework is assisted via scripting …